| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ent638_2520 |
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| Symbol | |
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| ID | 5113888 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Enterobacter sp. 638 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009436 |
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| Strand | - |
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| Start bp | 2715884 |
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| End bp | 2719234 |
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| Gene Length | 3351 bp |
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| Protein Length | 1116 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 640492706 |
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| Product | methyltransferase type 12 |
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| Protein accession | YP_001177240 |
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| Protein GI | 146312166 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG3914] Predicted O-linked N-acetylglucosamine transferase, SPINDLY family |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 13 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGACAAGCG TTTACTCTGC CTCTCGCTCT ACGCCGGCCG CACTCCATGT GGCGGCCTCG
CTTTATCTCG CTGATGCGGT TAATCCCGCA GAGGCGCGTA TTCTGGAGCT GGGATGCGGG
CAGGGTGAAT CGCTGATTGC CAACGCGCTG GCCTGGCCAC ACAGCCTGGC GATTGGCGTC
GATATCAATG AAGACGACAT CGCGCGCGGT CAACAGCAGA TTGCACAGTT CGCCCTGGCG
AACATAGAGT TGCACCATGC CGGGCTTGCC GATCTGCTGG CCTCCGATTT GGGTGAGTTT
GATTACATCA TCCTGCGTGG ACTTTTCTCC CTGATGGGGG GCGACGAGCG CACTGCGCTA
CTGGCGTGGT GCCAGACGCA TCTTTCCGCT CAGGGCATGA TGGGAATTCA CTGGCAGGTA
TTGCCTGGCG CGCACGATGC AAAAACGCTA CAGGACTCGC TCAGCTTTCA CGCCGGTAGC
GCGGAGGGGA TTGACGCCCA ACTGGATTCC GCACGCGGGA TGCTTAGCTA TCTGGCGATG
ACGCTCCCCG AAGGTGGCCT GAAAAATCAG GTGACTGACG CCGAGCAAAG CAACGATCTG
ACGCTCGCGT TCCGTTATCT CGGCAATATC AATCAGGCAG ATTATTTCGC GGATTTCCAT
CAGCAAATTA CCGATGCGGG TTTTAGCTAT GTTGGGGATG CCGTTCCTCA GTGCGAAGTG
GCGAGCACTT ACGGCACGCA GACAGCACAG ATGCATGCCC TGATTGGCAG CGGCAGTACG
CGAGAGAAAA GCCAGCAATA TCTTGATTTT ACGGTTAATC GTCGTGAACG TTTTAGCCTT
CTCGCGCATG CCGGAGCGAA GAATATTGCC GCCACGCCAG ACCTGACATC GGTTGAGCAT
TTACATTGGG CAGGCTGTTT CAAGCGCCAG ATAAATAGCT ATGGTGTGAT TGCTAATGGT
CATCTCACGC TGGATGGCAC GCCGCTGAAA ACGGAAAATA CCACCACTCT GCAAGTGCTT
GATGTCTTAA CGGAAGTTTG GCCATTGAGC CTGACGTTCG AGCAACTGCT TTTCCATTGC
CGTTTCCCGG AAAATTCCAA CAGTGATAAC CGCGCCGAGC TGGTTGCGTC GCTGCAGGAT
CTGCTGGGGA ATTCGATCAA TGGATTGATT GTTAGCGCTG TACCTTCTGC TTACAACGTG
GCGACAGACG ATGCATTACG CCCAATTGTG TCCCTGACAG AGGACGCGTT TGCACAGCAA
GAGAGCATCA CCCTCAGTAA TTACTGGGGA CAAAACGTCA CGCTTAACCG TGAAGAGTGG
GAATTTGCCA CGCGTGGCAT GACGTTCAGC GACGCATCCA GTTGGGCGTT ATTTAGCACG
CTGCGTGATA AAGGTCTGCT GACCGGCTCG ATCGATGCCT GGCGAATTGC ACTGCAACGC
TTTATGAAAT CCAATGATGT GGCGGTAATC AAGCAAGTTT ATATCGCCTT GCTGATGTTT
AGCTGTGAAC AAAAGTATGG TGGGTTCTTA GCTAAGGTTA ATCTCCAACT TACCGTTAAC
GGTGATGATA AACAGTACGA CAGTTTGTAC GATGAGGTTA ACGCGTTAAT TAAACAGGGC
CGTCATAAAG AGGGGCGAGA CCGTGTCGCT AACTTGCTTA AAGACGATCC GGAAAATGTT
CATTTGCTGC GCTGCCAGGC ACGATCAAAC CTGTTGATGG GCGCCTGGCA TCCATCGCTT
CTGCTCACCA GCCGTTTGCT GGGGCAATAT TCCATGCACT GGGATAGCTA TTTCGATCTG
GCGACTGCGC TTTTCAAAAT CAATGAACTC CTTGAGGCAC GCAAGCTGTT GCGCGCTTTG
CTGCGTATTG ACGAACAAAA TGCTAACTGC TGGAACTTGC TGGCATGTAT CTATCACGAA
CGCCGTGAGA TTGCGATCGC GGAGAAGTGT GCTCGTCACT CGATTCGCAT TCATGCCGAC
GTACCGTATT TCCTCAGTAT TCTGGGCATT ATCCTCAGCG ATAACCAAAA AATAACCGAT
GCACGGTATT TCCTCGAAAA GGCGTTGTCG CTGAAAAGCC CAGATTTTGA CGCCTATACC
AGCCTGCTGT TTGTCATGAG TCATGATGCC AGCGTATCGC CTGCGGAGCT TTTTGCGGCT
CATCAAAAAT ACGGTCATCA GGTTAACGAA TGGTGTGCCT CACAGCAGGT GACCATCACT
CATGGCGGGA ATAAAGATCC GCACCGCAAA CTGCGCATCG GGTTTGTTTC TGGCGATCTT
CGTATCCATC CAGTCAGCAA TTTCTTCCTG CCGTTCTGGA ACAATCTGGA CCGACAGCAT
TTCGATTTAA TTGCCTACAG CACCATCGAC CGTCCCGATC ATGTTCGAGA TCATTATGAG
CAAACCGCGA CAGTGTGGCG CATGGCAACA GAATACAGTG ACGCGGAGCT GGCGAAACAA
ATTGCCGAAG ATCAGATTGA TATCCTGATC GACCTGTCGG GTCATACAAC GGGAAGCCGG
TTGCCGGTTT TTGGCTTTAA ACCAGCACCT GTTCAGATGA CATGGATTGG TTATCCCGGC
ACCACCGGTC TTGAGCAGAT GGATTACCGC ATTACCACGC CTGGCCTCGG CAAACCAGGT
GAAATGGACG ATCAGTACAC GGAGAAATTG CTCTACATGC CGCTGCGCAG TTTCTTTGCA
CCCAGTGAAC TCAGCCCGGA TATCAACCCG CTCCCTGCGT TGAGCAACGG CTATTTCACC
TATGGCAGCT TTAATCGTCC GAAAAAGCTC AACAATGACG TTTTCGCCGT TTGGGCGCAG
ATCATGACCC GTAATCCGAC GGCCAAATTG CTGATTGGCT TTATGGATGA TGACCAAATG
ATCGCGCGCT ATCGCAAAAA ACTGTGCGCG CTGGGGGTTT TGGAATCCCA ACTGATTTTC
CGCAAAACCA CGGGTCTTGA AAATTATCTG CGTATTCATC ACGAAGTGGA TATTTTGCTC
GACTCCTTCC CGTACACCGG CGGTACCACG ACCAGTCATG CTGTGTGGAT GGGGGTGCCG
ACGCTGAGCA TTGCTGGGGC GACAACCGCT TCGCGGCAGG GCGTGGAAAT CATGCACATT
TATGGTCTGC AAACCTTTAT CGCGACGAGT CAGGAAGATT ACATCGAGAA AGCCATCGCA
TGGCAAAGCA ACCTCGAGGA ACTGAACGGC TGGCGACAAA GTATGCGTCA AAATATGCCG
CTCAAGCAGG ACGGTTTTGA CGTCTCAGCG CCGTTAGAAA AGGCACTGCG TCGGGCATGG
CAGATTTATT GTGCCGGGCA ACCTGCACAA AGTTTTACGG TAAAAGAATA A
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| Protein sequence | MTSVYSASRS TPAALHVAAS LYLADAVNPA EARILELGCG QGESLIANAL AWPHSLAIGV
DINEDDIARG QQQIAQFALA NIELHHAGLA DLLASDLGEF DYIILRGLFS LMGGDERTAL
LAWCQTHLSA QGMMGIHWQV LPGAHDAKTL QDSLSFHAGS AEGIDAQLDS ARGMLSYLAM
TLPEGGLKNQ VTDAEQSNDL TLAFRYLGNI NQADYFADFH QQITDAGFSY VGDAVPQCEV
ASTYGTQTAQ MHALIGSGST REKSQQYLDF TVNRRERFSL LAHAGAKNIA ATPDLTSVEH
LHWAGCFKRQ INSYGVIANG HLTLDGTPLK TENTTTLQVL DVLTEVWPLS LTFEQLLFHC
RFPENSNSDN RAELVASLQD LLGNSINGLI VSAVPSAYNV ATDDALRPIV SLTEDAFAQQ
ESITLSNYWG QNVTLNREEW EFATRGMTFS DASSWALFST LRDKGLLTGS IDAWRIALQR
FMKSNDVAVI KQVYIALLMF SCEQKYGGFL AKVNLQLTVN GDDKQYDSLY DEVNALIKQG
RHKEGRDRVA NLLKDDPENV HLLRCQARSN LLMGAWHPSL LLTSRLLGQY SMHWDSYFDL
ATALFKINEL LEARKLLRAL LRIDEQNANC WNLLACIYHE RREIAIAEKC ARHSIRIHAD
VPYFLSILGI ILSDNQKITD ARYFLEKALS LKSPDFDAYT SLLFVMSHDA SVSPAELFAA
HQKYGHQVNE WCASQQVTIT HGGNKDPHRK LRIGFVSGDL RIHPVSNFFL PFWNNLDRQH
FDLIAYSTID RPDHVRDHYE QTATVWRMAT EYSDAELAKQ IAEDQIDILI DLSGHTTGSR
LPVFGFKPAP VQMTWIGYPG TTGLEQMDYR ITTPGLGKPG EMDDQYTEKL LYMPLRSFFA
PSELSPDINP LPALSNGYFT YGSFNRPKKL NNDVFAVWAQ IMTRNPTAKL LIGFMDDDQM
IARYRKKLCA LGVLESQLIF RKTTGLENYL RIHHEVDILL DSFPYTGGTT TSHAVWMGVP
TLSIAGATTA SRQGVEIMHI YGLQTFIATS QEDYIEKAIA WQSNLEELNG WRQSMRQNMP
LKQDGFDVSA PLEKALRRAW QIYCAGQPAQ SFTVKE
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